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Results 21 - 30 of at least 169
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Carroll Laboratory - University of Wisconsin, Madison
has several foci: the elaboration of the developmental genetics underlying wing formation in Drosophila, the use of hox genes across animal phyla; and the patterning and prepatterning of butterfly wing color patterns.
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Cell interactions and signal transduction in development
A. Martinez Arias's research group in The Department of Zoology at the University of Cambridge, Cambridge (UK) - using Drosophila as a model organism (web archive site)
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Center for Applied Aquatic Ecology
North Carolina University - website includes information on research projects (with real-time data), publications, staff etc
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Cetacean Behavior Laboratory (CBL)
San Diego State University
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Clark Lab - Duke University
conducts research in plant community ecology, paleoclimate and fire ecology
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Cooley Lab, Yale University
studying the regulatory pathways that control the cytoskeletal reorganization during Drosophila egg chamber development
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Cooper Lab - Department of Pathology, Baylor College of Medicine
studies the mechanism of muscle-specific alternative pre-mRNA splicing, myotonic dystrophy, the mechanism of A/C-rich splicing enhancer (ACE) activity, and post-transcriptional regulation of exogenous gene expression
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CrabLab
University of Washington Seattle, crab & lobster ganglia used for neuronal behavior studies
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Cruzan Lab
Department of Biology - Portland State University. Website includes links to courses on Plant Reproductive Ecology, Plant Ecology (Connect to WebCT), General Biology Lecture-Bi103 (Connect to WebCT), General Biology Lab-Bi106 (Connect to WebCT), Nature in the Neighborhhood Senior Capstone. Links to projects on RNA Expression Traits from MicroArrays, Center for Life in Extreme Environments, Mendel Web for Kids!, The Magic of Methane
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Developmental Genetics - DKBW Centre for Biomedicine (University of Basel)
Rolf Zeller's Research group studies the molecular basis of cell-cell signalling over time and space in vertebrate embryos (using predominantly mouse molecular genetics in combination with embryonic manipulation)
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